Javier Mendoza 
Comparing two capital-heavy companies can become confusing surprisingly quickly.
Imagine two manufacturers generating similar revenue and operating profits. One has financed new factories mostly with debt, while the other relies primarily on equity.
Their market capitalizations may look completely different even though the underlying businesses have similar operating scale.
This is where enterprise value multiples for comparing capital-heavy companies become particularly useful.
Instead of looking only at the value belonging to shareholders, enterprise value considers the broader value of the operating business, including debt and other capital claims.
CFA Institute describes enterprise value multiples as measures that compare the total value of a company across its capital providers with operating metrics such as EBITDA, sales, or cash flow.
For industries such as airlines, utilities, mining, chemicals, transportation, manufacturing, telecom, and energy infrastructure, this approach can often provide a cleaner starting point than a simple P/E ratio.
But there is a catch: not every EV multiple tells the same economic story.
Why Market Capitalization Alone Can Mislead
Market capitalization measures the value of common equity.
That makes it useful, but it ignores how the company finances its operations.
Suppose Company A and Company B each have similar factories and generate $500 million of EBITDA. Company A has $2 billion of net debt, while Company B has almost none.
If Company A has an equity market capitalization of $3 billion and Company B is worth $5 billion, comparing their market caps makes Company A appear much cheaper.
But add the debt.
Company A’s approximate enterprise value becomes $5 billion, while Company B’s remains around $5 billion. Viewed at the operating-business level, they are much more similar than their equity values initially suggest.
Morningstar defines enterprise value broadly as market capitalization plus preferred equity, non-controlling interests, and net debt.
That capital-structure neutrality is one reason enterprise value is so helpful when comparing companies with different debt levels.
Understand What EV/EBITDA Actually Measures
The most familiar enterprise multiple is:
EV/EBITDA = Enterprise Value ÷ EBITDA
EBITDA represents earnings before interest, taxes, depreciation, and amortization.
Because both interest and enterprise value relate to different providers of capital, EV/EBITDA offers better numerator-denominator consistency than comparing enterprise value with net income.
CFA Institute notes that EV/EBITDA is often preferable to equity-based EBITDA measures and can be particularly useful when comparing businesses with different levels of financial leverage. It is also frequently used for capital-intensive companies.
Suppose two logistics businesses have enterprise values of $8 billion and $10 billion.
If their EBITDA is $1 billion and $1.25 billion respectively, both trade at 8× EV/EBITDA.
That does not mean they deserve identical valuations. But it creates a much cleaner starting point for further comparision.
Why EV/EBITDA Is Popular for Capital-Heavy Businesses
Capital-intensive businesses often report large depreciation expenses.
A railway company, for example, may own tracks, locomotives, terminals, equipment, and other long-lived assets. Those investments create significant depreciation charges over time.
Because EBITDA adds depreciation and amortization back, it can make operating comparisons less dependent on differences in asset age or depreciation accounting.
Imagine two factories producing similar cash operating earnings.
One recently spent heavily on new equipment and reports substantial depreciation. The other’s equipment is older and largely depreciated.
Using net income or EBIT alone could make the older facility appear significantly more profitable.
EV/EBITDA reduces some of that accounting distortion.
Damodaran’s enterprise multiple datasets demonstrate how EV/EBITDA and EV/EBIT can vary considerably across industries, reflecting differences in growth, capital requirements, margins, and business economics.
However, adding depreciation back creates another problem.
Depreciation may be non-cash today, but replacing physical assets usually requires actual cash eventually.
The Big Limitation: EBITDA Ignores Capital Expenditure
This is the part investors should not overlook.
A company can generate impressive EBITDA while consuming huge amounts of cash simply to maintain its assets.
Consider two companies that each produce $1 billion of EBITDA.
Company A operates an asset-light service platform and requires only $100 million of annual capital expenditure. Company B owns factories and transportation infrastructure requiring $600 million each year just to maintain existing capacity.
At the EBITDA level, they appear similar.
Economically, they are obviously not.
CFA Institute explicitly cautions that EBITDA is not the same as cash flow because it does not incorporate working-capital movements or other important cash requirements.
This distinction becomes especially important when maintenance capex is structurally high.
A low EV/EBITDA multiple can therefore be a trap. The business may look cheap because EBITDA ignores the enormous reinvestment required to keep generating that EBITDA.
This is why capital intensitiy should always be examined alongside the multiple.
When EV/EBIT Can Give You a Better Picture
One way to address the depreciation issue is to move down the income statement.
EV/EBIT = Enterprise Value ÷ Operating Income
Unlike EBITDA, EBIT deducts depreciation and amortization.
Morningstar defines EV/EBIT as enterprise value divided by trailing earnings before interest and taxes.
For businesses where depreciation roughly reflects the long-term cost of maintaining productive assets, EV/EBIT may provide a more economically meaningful comparison.
Suppose Company A trades at 8× EV/EBITDA and Company B trades at 9×.
At first glance, Company A appears cheaper.
But Company A has depreciation equal to 40% of EBITDA, while Company B’s depreciation is only 15%.
After accounting for that difference, Company A might trade at 13× EV/EBIT while Company B trades at only 11×.
The apparent valuation advantage has disappeared.
EV/EBIT is not automatically superior. Depreciation itself can differ from actual maintenance capital expenditure, particularly when asset prices, useful lives, and accounting policies change.
Still, looking at both multiples side by side can reveal far more than using EV/EBITDA alone.
Compare Capital Expenditure and Asset Age
Capital-heavy companies should also be compared based on where they sit in their investment cycles.
Imagine two refineries with identical production capacity.
Refinery A has just completed a major $2 billion modernization project. Refinery B still needs to complete a similar upgrade over the next two years.
Their present EBITDA may be almost identical, but their upcoming cash requirements are not.
McKinsey highlights precisely this problem when discussing valuation multiples during periods of heavy investment.
A company that has already completed a major investment program may appear to trade at a different EV/EBITDA multiple from a competitor that still needs to fund the same upgrade, despite eventually having similar operating capabilities.
That means peer analysis should examine more than reported multiples.
Look at maintenance capex, growth capex, asset age, capacity utilization, planned projects, and expected returns on new investment.
Otherwise, you might compare a newly modernized asset base with one approaching an expensive replacement cycle and incorrectly conclude that the lower multiple represents better value.
Do Not Compare Multiples Without Comparing Fundamentals
Even companies operating in the same industry do not necessarily deserve the same EV multiple.
Why?
Because valuation ultimately reflects expected cash flows.
A company growing revenue at 8% while earning high returns on incremental invested capital should normally have different economics from a competitor growing 2% with poor capital efficiency.
McKinsey’s research on valuation multiples emphasizes that differences in growth and return on invested capital can explain substantial differences in EV/EBITDA multiples, even among companies classified within the same industry.
CFA Institute similarly identifies expected free-cash-flow growth, profitability, and weighted average cost of capital as important fundamental drivers of EV/EBITDA.
So when Company A trades at 7× EBITDA and Company B at 11×, do not automatically assume Company A is cheaper.
Company B might have higher margins, better asset utilization, lower maintenance requirements, longer-duration contracts, stronger growth, or a lower risk profile.
Multiples are shorthand for economics – not substitutes for understanding them.
Normalize Debt, Leases, Pensions, and Other Claims
Enterprise value calculations also require consistency.
Debt is obvious, but capital-heavy businesses may have other obligations that behave economically like financing.
Leases are a common example.
Airlines, retailers, transportation companies, and industrial businesses can use leasing extensively. Comparing a company that owns most assets with another that leases them can distort multiples unless accounting treatment is standardized.
Pension deficits, minority interests, preferred securities, unconsolidated investments, and excess cash may also need attention.
The objective is not to create the most complicated formula possible.
It is to ensure the enterprise value numerator captures the claims associated with the operating earnings in the denominator.
Without consistent adjustments, tiny accounting differences can produce a surprisingly large valuation distorsion.
Cross-Check EV Multiples With Free Cash Flow
Enterprise multiples work best as part of a broader valuation framework.
Suppose a utility trades at 8× EV/EBITDA compared with peers at 10×.
That looks interesting.
But then you discover that the company needs massive infrastructure spending over the next five years, carries substantial debt, and converts very little EBITDA into distributable free cash flow.
The discount suddenly makes more sense.
A practical analysis can therefore move through several layers:
EV/EBITDA → EV/EBIT → Free Cash Flow → ROIC → DCF
Each layer exposes something the previous metric may hide.
Damodaran notes that EV/EBITDA differences ultimately depend on factors including capital intensity, reinvestment requirements, expected growth, and cost of capital.
Free cash flow analysis is particularly helpful because it forces you to confront actual capital spending.
For a truly asset-heavy business, the amount of EBITDA that remains after maintaining equipment and funding working capital can matter much more than the headline EBITDA number.
Enterprise value multiples are powerful tools for comparing capital-heavy companies because they reduce distortions created by different financing structures.
EV/EBITDA can provide a useful first look, especially when depreciation policies vary, but it should never be treated as a complete measure of cash generation.
Capital expenditure, asset age, depreciation, reinvestment, leverage, growth, and return on invested capital still matter.
EV/EBIT can add another perspective, while free cash flow and DCF analysis help reveal whether apparent cheapness survives after real capital requirements are included.
Before buying a capital-intensive company simply because its EV/EBITDA multiple looks low, examine what sits beneath that number. Compare operating economics, normalize the balance sheet, and test how much cash the business can actually produce for investors.
